A Gulf Coast production plant was designed for a phosgene-free route manufacture of 2,4-toluene diisocyanate (TDI) from toluene diamine (TDA). The process was designed to generate 300 million pounds of TDI per year within the required process specifications. Two reactors were to be installed in order to improve the overall yield of TDI, followed by a series of three distillation columns to ensure highly pure market competitive product. Safety concerns, the start-up process, and other potential considerations are also included. The results of economic analysis for the base case of the project returned a Net Present Value (NPV) of $20,653,700 with an initial rate of return (IRR) of 18.05% and a return on investment (ROI) of 12.03%. Further an...
This project explores the plant-scale process design and economic viability of production of ethylen...
A process to produce 100 million pounds per year of diphenyl carbonate (DPC) based on the phosgene-f...
TOLUENE METHYLATION TO PARA-XYLENE This design project explores the economic viability of a novel te...
The objective is to design an alternative production process for Methyl Diphenyl Diisocyanate (MDI) ...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Przedstawiono działania prowadzone wspólnie przez Instytut Chemii Przemysłowej (IChP), Wydział Inżyn...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
This design project explores the economic viability of a novel technology for the production of para...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
This report describes a two-step process that creates 1,550 lb/hr 1,3-butadiene from a feed of efflu...
This project explores the plant-scale process design and economic viability of production of ethylen...
A process to produce 100 million pounds per year of diphenyl carbonate (DPC) based on the phosgene-f...
TOLUENE METHYLATION TO PARA-XYLENE This design project explores the economic viability of a novel te...
The objective is to design an alternative production process for Methyl Diphenyl Diisocyanate (MDI) ...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Przedstawiono działania prowadzone wspólnie przez Instytut Chemii Przemysłowej (IChP), Wydział Inżyn...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
This design project explores the economic viability of a novel technology for the production of para...
Supervisors: - University of Groningen Prof. dr. F. Picchioni, Drs. W.A. Prins, Prof. ir. M.W.M. Boe...
This report describes a two-step process that creates 1,550 lb/hr 1,3-butadiene from a feed of efflu...
This project explores the plant-scale process design and economic viability of production of ethylen...
A process to produce 100 million pounds per year of diphenyl carbonate (DPC) based on the phosgene-f...
TOLUENE METHYLATION TO PARA-XYLENE This design project explores the economic viability of a novel te...